Arteris Articles

SemiWiki: The Impact of Arteris IP and Its Partnerships on the Automotive Industry and Beyond

Podcast EP107: The Impact of Arteris IP and Its Partnerships on the Automotive Industry and Beyond

September 16, 2022 - Michal Siwinski with Daniel Nenni

Dan explores the impact Arteris is having on high-growth markets such as automotive with Michal. The company’s partnership with Arm is also explored. The impact of Arteris and its partnerships beyond the automotive market are also discussed.
 
Topics: SoC Arm NoC network-on-chip Systems-on-Chip automotive semiwiki Arteris (AIP)

Arteris IP Presents: Lessons Learned integrating AI/ML Accelerators into Complex ISO 26262 Compliant Systems-on-Chip

This presentation titled, "Lessons Learned integrating AI/ML Accelerators into Complex ISO 26262 Compliant Systems-on-Chip," presented by Kurt Shuler, VP of Marketing and Functional Safety Manager (FSM) at Arteris IP, and Diego Botero, Functional Safety Engineer at Arteris IP, to an audience at the ISO 26262 for Semiconductors (Munich) Conference.

Topics: functional safety ISO 26262 Systems-on-Chip FlexNoC kurt shuler accelerators ML/AI automotive chips IQPC

Forbes Technology Council: AI and the Third Wave of Silicon Processors

Ty Garibay, CTO at Arteris IP, authors this article for Forbes Technology Council:

Topics: interconnect IP Systems-on-Chip ArterisIP flexnoc interconnect AI GPUs ips Forbes

Asymmetric Multiprocessing with Heterogeneous Architectures: Use the Best Core for the Job

Often, the term “multiprocessing” is associated with tightly-coupled symmetric multiprocessing (SMP) architectures, due in large part to SMP’s prevalence in high-performance computing, x86/x64 servers, and PCs. Unfortunately, SMP’s incremental performance scaling for most applications decreases significantly with increasing numbers of cores. This lack of scalability has prompted many processor companies to avoid purely SMP solutions for their mobile and consumer electronics applications. Instead, they have implemented asymmetric multiprocessing (AMP) architectures to make more efficient use of silicon.

Topics: NoC Systems-on-Chip on-chip interconnect AMP symmetric multiprocessing HSA foundation OS